About LAB SCALE FILTRATION
Microtech engineering offer LAB SCALE FILTRATION with candle cleaning system electrical flameproof
Technical Specifications
Model
No Of candles
4 nos
6 nos
Filtering candles
S S 316 1020 micron
S S 316 1020 micron
Outputltrshr
8001500 ltrs hr
20003000 ltrs hr
Liquid holding
0 after full transfer
0 after full transfer
Thickness of shell
3mm thick
3mm thick
Thick of top bottom cover
5 mm thick
5 mm thick
Length of candle
200 mm
200 mm
Inlet conical filter
6 dia x s S Mash
6 dia x s S Mash
Process inlet outlet
1 dia hose nipple
1 dia hose nipple
Direct use pump connection
1 bsp ball valve 1 hose nipple
1 bsp ball valve 1 hose nipple
Candle cleaning system
1 candle clean at a time
1 candle clean at a time
Pump mechanical seal
s S 316 PTFE
s S 316 PTFE
Pump motor
2hp 440 rpm 3 ph flameproof
3 hp 440 rpm 3 ph flameproof
Air vent safety valve
BSP
BSP
Drain valve
1 BSP
1 BSP
M O C
s S 304 l 316
s S 304 l 316
Finish
Polished to mirror finish
Polished to mirror finish
Salient Features
All contact parts made out of s S 304 l materialNo requirements of any filter pad filter
S S Candle for crystal clear filtration long lasting
Option pump can be use separately for water transfer or usually with the filter press
0 zero holding
Outer inner mirror finish buffing for easy cleansing
Easy opening fitting cleansing
Customizable Filtration for Laboratory NeedsThis lab filtration system adapts to the demands of research, offering microfiltration and nanofiltration grades, as well as mesh diameters ranging from 100 mm to 300 mm. Its portable, benchtop design allows for straightforward deployment in laboratories, while the modular construction ensures compatibility with different filter media and process requirements.
Safety, Compliance, and Ease of OperationDesigned according to industry and laboratory safety norms, the unit comes with certified pressure vessels and polished surfaces for GMP compliance. Easy-to-detach parts facilitate simple routine cleaning, and the inclusion of a sampling port streamlines process monitoring, enhancing quality assurance during filtration operations.
FAQs of LAB SCALE FILTRATION:
Q: How is the lab scale filtration system used in chemical and pharmaceutical laboratories?
A: The filtration unit is utilized for precise separation and purification of liquid or semi-liquid samples in laboratory settings. Its robust stainless steel construction and compatibility with various filter media types make it suitable for research, pilot, and R&D work, meeting stringent industry and GMP standards.
Q: What filter media can be used in this lab filtration system?
A: The system is designed to accept membrane, disc, or cartridge filters, allowing you to tailor the filtration process based on the specific requirements of your application, whether for microfiltration or nanofiltration.
Q: Where is the sampling port located and how does it benefit process monitoring?
A: The sampling port is integrated into the body of the filtration unit, enabling safe and convenient withdrawal of samples during the filtration process. This feature facilitates real-time monitoring and quality control without interrupting ongoing operations.
Q: When should I choose manual versus semi-automatic operation for this unit?
A: Manual operation is ideal for simple, low-volume lab tasks, while the semi-automatic mode offers increased efficiency and control during high-volume or repetitive filtration processes. Selection depends on the frequency and complexity of your laboratory workflow.
Q: What accessories are included with the lab scale filtration system?
A: Each unit is supplied with essential accessories such as clamps, gaskets, and O-rings, ensuring a secure setup and reliable operation across various pressure and temperature conditions.
Q: How efficient is the filtration process and what flow rates are supported?
A: The filtration system achieves up to 99% efficiency and supports flow rates from 0.5 litres per hour to 10 litres per hour, suitable for a wide range of laboratory sample volumes.